The pulse lasers, YAG-, and N2-lasers, are examined for use in the cleaning of glass. Cleaning is found to be due to the evaporation and sputtering of stains on the glass by the heat energy of the laser light. Only the N2 laser can be used for the cleaning of the exit surface of the glass (the opposite side to the laser). A laser with a high peak power of about 106 J/s and short-pulse duration below 100ns is found to be necessary in practice
An optimized in-situ window cleaning system by laser blow-off through optical fiber has been develop...
Eliminating dust is gaining importance as a critical requirement in the display panel manufacturing ...
AbstractThe development of cleaning optics and deposition-mitigating techniques is a key factor in t...
The pulse lasers, YAG-, and N2-lasers, are examined for use in the cleaning of glass. Cleaning is f...
Stained-glass windows play an important role in cultural heritage. Human and environmental factors h...
This research work was presented at the: LVIII Congress of the Spanish Society of Ceramics and Glass...
Stained-glass windows form an important part of cultural heritage. Short pulse lasers open new oppor...
New ultra-short pulsed lasers open new opportunities in the developing of new safe restoration techn...
We present a systematic study of laser cleaning of black paint deposited on both standard and froste...
Laser irradiation enables the removal of unwanted surface deposits from different materials in a saf...
Application of non-contact and rapid laser technique, which is minimally invasive, non-contaminant a...
Stained glasses form an important element in human history. Since stained glasses are multifunctiona...
The aim of this research work was to conduct a comparative study on the effectiveness of the applica...
Two new methods for the laser cleaning using a Q-swihed Nd:YAG laser have been developed and investi...
Borosilicate glass is a commonplace material used in our daily lives. The conventional method of mec...
An optimized in-situ window cleaning system by laser blow-off through optical fiber has been develop...
Eliminating dust is gaining importance as a critical requirement in the display panel manufacturing ...
AbstractThe development of cleaning optics and deposition-mitigating techniques is a key factor in t...
The pulse lasers, YAG-, and N2-lasers, are examined for use in the cleaning of glass. Cleaning is f...
Stained-glass windows play an important role in cultural heritage. Human and environmental factors h...
This research work was presented at the: LVIII Congress of the Spanish Society of Ceramics and Glass...
Stained-glass windows form an important part of cultural heritage. Short pulse lasers open new oppor...
New ultra-short pulsed lasers open new opportunities in the developing of new safe restoration techn...
We present a systematic study of laser cleaning of black paint deposited on both standard and froste...
Laser irradiation enables the removal of unwanted surface deposits from different materials in a saf...
Application of non-contact and rapid laser technique, which is minimally invasive, non-contaminant a...
Stained glasses form an important element in human history. Since stained glasses are multifunctiona...
The aim of this research work was to conduct a comparative study on the effectiveness of the applica...
Two new methods for the laser cleaning using a Q-swihed Nd:YAG laser have been developed and investi...
Borosilicate glass is a commonplace material used in our daily lives. The conventional method of mec...
An optimized in-situ window cleaning system by laser blow-off through optical fiber has been develop...
Eliminating dust is gaining importance as a critical requirement in the display panel manufacturing ...
AbstractThe development of cleaning optics and deposition-mitigating techniques is a key factor in t...